Download Chemical Process Design and Integration by Robin Smith PDF
By Robin Smith
Written by way of a very popular writer with business and educational event, this re-creation of a longtime bestselling booklet presents useful information for college students, researchers, and people in chemical engineering. The e-book incorporates a new part on sustainable strength, with sections on carbon trap and sequestration, because of expanding environmental know-how; and a better half site that incorporates difficulties, labored recommendations, and Excel spreadsheets to allow scholars to hold out complicated calculations.
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Additional resources for Chemical Process Design and Integration
Both structural and parameter optimization can be carried out to improve the evaluation. Design options should be left open as far as practicable to avoid potentially attractive options being eliminated inappropriately on the basis of uncertain data. The design might be new or retroﬁt of an existing process. If the design is a retroﬁt, then one of the objectives should be to maximize the use of existing equipment, even if it is not ideally suited to its new purpose. Another objective is to minimize the downtime required to carry out the modiﬁcation.
Ensuring safe operation is the most important task of a control system. This is achieved by monitoring the process conditions and maintaining them within safe operating limits. While maintaining the operation within safe operating limits, the control system should optimize the process performance under the inﬂuence of external disturbances. This involves maintaining product speciﬁcations, meeting produc tion targets and making efﬁcient use of raw materials and utilities. A control mechanism is introduced that makes changes to the process in order to cancel out the negative impact of disturbances.
Assumed. The simulation model then predicts the ﬂowrates, com positions, temperatures, pressures and properties of the products. It also allows the individual items of equipment in the process to be sized and predicts, for example, how much raw material is being used or how much energy is being consumed. The performance of the design can then be evaluated. 1) Accuracy of design calculations. A simulation adds more detail once a design has been synthesized. The design calcula tions for this will most often be carried out in a general purpose simulation software package and solved to a high level of precision.